<p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">The IEEE International Symposium on Rapid System Prototyping (RSP) emphasizes design experience sharing and collaborative approach between hardware and software research communities from industry and academy. It considers prototyping as an iterative design approach for embedded hardware and software systems. The RSP series of symposium aim at bridging the gaps in embedded system design between applications, architectures, tools, and technologies to achieve rapid system prototyping of emerging software and hardware systems. </span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;"><span style="font–size: 11.0pt;font–family: Cambria , serif;"> </span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">For its 25th venue, the Rapid System Prototyping symposium seeks original contributions related to this target, encompassing a wide scope ranging from formal methods for the verification of software and hardware systems to case studies of emerging embedded systems and technologies. The symposium proposes a two–day inspiring international forum for discussing the latest related innovations and research activities. The symposium program will include keynote speeches and technical papers on timely topics. The RSP symposium continues as a part of the Embedded Systems Week that will be held this year in New Delhi, India. See </span><a href="https://3c.gmx.net/mail/client/dereferrer?redirectUrl=http%3A%2F%2Fwww.esweek.org" target="_blank"><span style="font–size: 11.0pt;font–family: Cambria , serif;color: rgb(51,102,255);text–decoration: none;">http://www.esweek.org</span></a><span style="font–size: 11.0pt;font–family: Cambria , serif;"> for more details. </span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;"><span style="font–size: 11.0pt;font–family: Cambria , serif;"><br>Suggested topics include, but are not limited to: </span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Rapid prototyping and emulation methods and tools</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Specification models and methodologies for hardware/software systems</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Emerging technologies, devices, boards, and applications</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Prototyping experiences related to emerging technologies (memories, 3D integration, next generation wireless, Internet of Things)</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Prototyping of embedded systems for real–time, low power, and flexibility</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Middleware for embedded systems</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Model–driven engineering and prototyping</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Formal methods and verification/validation of embedded systems</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Reliability and failure analysis for embedded systems</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Embedded system virtualization</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Virtual prototyping and platforms for embedded systems</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Prototyping methods and tools for reconfigurable computing</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Rapid design approaches for application–specific processors</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– MPSoC and GPU–based system design and challenges</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Hardware platforms and approaches for simulations acceleration</span></p><p style="margin–right: 0.0cm;margin–bottom: 0.1pt;margin–left: 0.0cm;text–align: justify;"><span style="font–size: 11.0pt;font–family: Cambria , serif;">– Industrial experiences in embedded system prototyping</span></p><p class="MsoNormal"> </p>
Abbrevation
RSP
City
New Delhi
Country
India
Deadline Paper
Start Date
End Date
Abstract